This course systematically introduces the MATLAB language, which is the most widely used in the international control community, and its application in control system research. It focuses on the basics and techniques of MATLAB language programming, MATLAB solutions to scientific computing problems, modeling of linear control systems, computer-aided analysis of control systems, simulation analysis of nonlinear systems, and computer-aided design methods of control systems.
Total of 34 lessons16 hours and 38 minutes and 25 seconds
Computer Control Technology Harbin Institute of Technology Guo Ben
Total of 44 lessons1 days and 10 hours and 20 minutes and 47 seconds
Computer control technology is an important knowledge intersection of computer hardware series courses and control series courses. The course focuses on studying the differences and connections between continuous control and discrete control. It starts with analyzing computer control system signals and gradually establishes a complete computer control system description, analysis, Design related theories and methods. The course uses MATLAB as a tool and focuses on the training and cultivation of modern engineering capabilities such as control system modeling, analysis and design.
Total of 32 lessons1 days and 2 hours and 38 minutes and 0 seconds
This series introduces an overview of computer control, programmable controllers, CP1H series PLC, SIMATIC S7-300PLC and command systems, anti-interference design of computer control systems, etc. The content taught is easy to understand and explains the profound things in a simple way, providing good learning materials for the majority of computer enthusiasts.
Total of 38 lessons12 hours and 55 minutes and 45 seconds
Computer Control System Guan Shouping, Northeastern University This course mainly introduces the basic theories and methods of computer control system theory and engineering design, which mainly includes signal transformation, system modeling and performance analysis, simulation design methods of digital controllers, and direct simulation of digital controllers. Design methods, digital controller pole configuration design methods based on state space models, computer control system simulation, and engineering implementation of computer control systems and other technologies. At the same time, the course sets up a variety of experiments based on the characteristics of different controlled objects, including basic experiments and research experiments, to deepen the understanding of the basic theories and methods of computer control systems.
Total of 39 lessons11 hours and 29 minutes and 54 seconds
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